Neutrones example sentences

"Neutrones" Example Sentences

1. The neutrones in the atom are electrically neutral.
2. Neutrones are the particles that make up the nucleus of an atom.
3. Neutrones are the particles that bind protons and electrons together in an atom.
4. Neutrones have no charge and are the heaviest particles in an atom.
5. Neutrones interact with other particles through the weak nuclear force.
6. Neutrones can be released from the nucleus of an atom through radioactive decay.
7. Neutrones are created in the fusion process of stars.
8. Neutrones can be converted to protons and electrons by the process of beta decay.
9. Neutrones are also used in nuclear reactors to produce energy.
10. Neutrones are also used in nuclear weapons to create destructive force.
11. Neutrones can pass through most materials without being affected.
12. Neutrones can be used to detect objects in space and measure the density of materials.
13. Neutrones can also be used to detect and measure the composition of materials.
14. Neutrones are used in medical imaging to detect tumors and other abnormalities.
15. Neutrones are also used in research to study the structure of matter.
16. Neutrones can be used to study the behavior of particles at the atomic and subatomic level.
17. Neutrones are also used in nuclear physics to study the structure of nuclei.
18. Neutrones can be used to study the properties of materials at the atomic level.
19. Neutrones can be used to study the properties of molecules and their behavior.
20. Neutrones can be used to study the interactions between particles and forces.
21. Neutrones can be used to detect and measure the temperature of materials.
22. Neutrones can also be used to detect and measure the pressure of materials.
23. Neutrones can be used to detect and measure the magnetic fields of materials.
24. Neutrones can be used to detect and measure the electrical fields of materials.
25. Neutrones can be used to detect and measure the radiation of materials.
26. Neutrones can be used to detect and measure the radioactive decay of materials.
27. Neutrones can also be used to detect and measure the chemical composition of materials.
28. Neutrones can be used to detect and measure the movement of particles in a material.
29. Neutrones can be used to detect and measure the energy of particles in a material.
30. Neutrones can be used to detect and measure the forces that act on particles in a material.
31. Neutrones can be used to detect and measure the charge of particles in a material.
32. Neutrones can be used to detect and measure the spin of particles in a material.
33. Neutrones can be used to detect and measure the momentum of particles in a material.
34. Neutrones can be used to detect and measure the temperature of particles in a material.
35. Neutrones can be used to detect and measure the pressure of particles in a material.
36. Neutrones can be used to detect and measure the energy of particles in a material.
37. Neutrones can be used to detect and measure the motion of particles in a material.
38. Neutrones can be used to detect and measure the interactions between particles in a material.
39. Neutrones can be used to detect and measure the properties of particles in a material.
40. Neutrones can be used to detect and measure the behavior of particles in a material.

Common Phases

Neutron scattering; Neutron diffraction; Neutron activation analysis; Neutron radiography; Neutron tomography; Neutron reflectometry; Neutron spectroscopy.